Surveying more than three thousand of its SMB purchasers, MidPhase asked buyers about changes in their cash and the explanations for those changes, with a chain of questions on their hosting needs and selections. According to the study, 58 % of purchasers indicated a decline in cash from five p.c to above sixty %. One […]

Japanese IT Firm KVH Selects Infinera Digital Optical Network

Japanese integrated communications and IT management solutions company KVH (http://www.kvh.co.jp/en) announced Tuesday that it has selected long-haul optical systems company Infinera (www.infinera.com) digital optic network to deliver speed, scalability and low latency to their corporate customers.

The company selected Infinera DTN digital ROADM System with Integrated Switching OTN after customers began demanding multi-Gigabit connections for applications such as high frequency trading, disaster recovery and real-time backup of storage area network .

Infinera’s systems are powered by photonic integrated circuits that are designed up to 8 terabits per second of capacity on the side line of the entire network.

Infinera’s Bandwidth Virtualization architecture enables network users the ability to scale PIC-based flexible to take any service available from any of the points on the network without optical impairments or limitations typical of all-optical ROADMs.

Infinera network can offer KVH reducing latency through the network. After initial deployment in the Tokyo metropolitan area, KVH intends to deploy Infinera networks in Yokohama and Osaka.

“Our new Infinera network support us in our goals to lead the market with new services for our business customers, especially customers in the financial services industry, to further strengthen our approach in networks of ultra-high speed and ultra low-latency network services and cloud computing, “said Dr. Guo Zhongmin, KVH vice president of telecommunications and international business unit.

The Infinera DTN is the first optical networking system powered by large-scale photonic integrated circuits.

This is a Gravatar-enabled weblog. To get your own globally-recognized-avatar, please register at Gravatar.

Notify me of followup comments via e-mail

Currently you have JavaScript disabled. In order to post comments, please make sure JavaScript and Cookies are enabled, and reload the page.Click here for instructions on how to enable JavaScript in your browser.